ProMag DRMA97 65-Round Magazine .223 Rem Ruger Mini-14 Black Polymer

The ProMag DRMA97 transforms your Ruger Mini-14 into a high-capacity platform with reliable 65-round feeding capacity. This extended magazine eliminates frequent reloading during extended range sessions and competitive shooting scenarios.

What Makes This Different

Unlike standard 20-round factory magazines, the DRMA97 delivers more than triple the ammunition capacity in a single loading cycle. The black polymer construction reduces weight compared to steel alternatives while maintaining structural integrity under rapid fire conditions. Heat-treated steel springs provide consistent tension across all 65 rounds, ensuring reliable feeding from first shot to last.

Key Features

• 65-round capacity for extended shooting without reloading
• Impact-resistant black polymer body withstands field conditions
• Heat-treated steel internal springs maintain consistent tension
• Drop-free design enables rapid magazine changes
• Anti-tilt follower prevents feeding malfunctions
• Fits all Ruger Mini-14 variants chambered in .223 Remington/5.56 NATO
• Textured grip surfaces for secure handling in adverse conditions

Range testing demonstrates reliable cycling through various .223 Remington and 5.56 NATO ammunition weights from 55-grain to 77-grain projectiles. The extended length requires prone shooting modifications but excels in bench rest and competition applications where maximum capacity matters. Weather-resistant polymer construction maintains functionality in temperature ranges from -20°F to 140°F.

Technical Specs

• Capacity: 65 rounds
• Caliber: .223 Remington/5.56 NATO
• Material: Black polymer body with steel internals
• Compatibility: Ruger Mini-14 all variants
• Overall Length: Approximately 12.5 inches
• Weight: 8.2 ounces empty
• Country of Origin: USA
• Manufacturer: ProMag Industries

ProMag's reputation for aftermarket magazine reliability makes the DRMA97 a practical choice for shooters requiring maximum ammunition capacity. The combination of proven polymer construction and precision-engineered internals delivers consistent performance when standard capacity limitations become restrictive.